Material Type | Beverage Packaging, Eco-Conscious Markets | Industry: PE/PET (500 GSM) ▲ Base: OPP Plastic (285 GSM, ISO 3801) ▲ Advanced: Biodegradable OPP (ASTM D6400) | Lightweight, recyclable/compostable (reduces landfill waste) | Base: Slightly higher cost than PE/PET; Advanced: Requires industrial composting |
Durability | Outdoor Activities, Rough Handling | Industry: 30 punctures ▲ Base: 50 punctures (ASTM D3420) ▲ Advanced: 75 punctures | Withstands accidental drops or abrasions (ideal for sports drinks) | Base: Limited tear resistance; Advanced: Adds reinforced seams |
Waterproofing | Carbonated Drinks, Swimming Activities | Industry: 1m water depth ▲ Base: 1.5m (ISO 2285) ▲ Advanced: 2m (IPX7) | Leak-proof for high-pressure contents (e.g., soda, energy drinks) | Base: Not suitable for extreme submersion; Advanced: Bulky compared to thin films |
Eco-Friendliness | Sustainable Retail, Health Food Brands | Industry: Non-biodegradable ▲ Base: Recyclable (ISO 14021) ▲ Advanced: Compostable (ASTM D6400) | Advanced: Breaks down in 180 days (reduces plastic pollution) | Base: Requires consumer recycling efforts; Advanced: Limited disposal infrastructure |
Odor Resistance | Coffee, Tequila, Strong-Smelling Beverages | Industry: Basic barrier ▲ Base: ASTM F739 (30min chemical exposure) ▲ Advanced: 60min exposure | Prevents flavor/odor transfer (critical for premium beverages) | Base: May absorb odors over 30+ hours; Advanced: Requires thicker material |
Sealing Method | High-Pressure Contents (e.g., Carbonation) | Industry: Adhesive seals ▲ Base: Heat Seal (ISO 11339) ▲ Advanced: Double Heat Seal | Leak-proof under pressure (ideal for sparkling water/energy drinks) | Base: Risk of seal failure in extreme temps; Advanced: Higher production cost |